|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
pf/mcm-41纳米复合材料的制备及其耐热性
Abstract:
？采用原位聚合结合共混工艺制备了pf/mcm-41纳米复合材料,研究了耐热性.结果表明,当mcm-41粉的含量为20%时,pf/mcm-41纳米复合材料中mcm-41粉的分散性及有机-无机两相间的界面结合良好;与纯pf比较,复合材料的质量损失达到50%(质量分数)时的温度提高约70℃,分解结束时的温度提高约100℃.介孔mcm-41中的纳米级孔道能有效地限制其内树脂分子链的自由运动,是pf/mcm-41复合材料耐热性提高的机理.同时,其纳米级厚度的孔壁具有极好的耐热性和绝热性,在快速升温的条件下能延缓孔内树脂分子的热分解及分解产生的小分子产物的释放.
| [1] | 1m.s.mamdouh,through-thicknesspropertiesoftmcpsteel.journalofoffshoremechanicsandarcticengineer-ing,126,346(2004)
|
| [2] | 2j.sun,j.d.boyd,effectofthermomechanicalprocessingonanisotropyofcleavagefracturestressinmicroalloyedlinepipesteel.internationaljournalofpressurevesselsandpiping,77,369(2000)
|
| [3] | 3s.kawaguchi,n.hagiwara,t.masuda,m.toyoda,eval-uationofleak-before-break(lbb)behaviorforaxiallynotchedx65andxs0linepipes,journalofoffshoreme-chanicsandarcticengineering,126,350(2004)
|
| [4] | 4liheilin,developingpulseandprospectofoilandgastransmissionpipe,weldedpipeandtube,27(6),1(2004)(李鹤林,油气输送钢管的发展动向与展望,焊管,27(6),1(2004))
|
| [5] | 5g.m.wilkowski,y.y.wang,d.rudland,recenteffectoncharacterizingpropagationductilefractureresistanceoflinepipesteels,pipelinetechnology(amsterdam,elsevierscinece,2000)p.359
|
| [6] | 6r.w.hertzberg,deformationandfracturemechanicsofengineeringmaterials,2ndedition,(newyork,johnwi-ley&sons,1983)p.364
|
| [7] | 7yangzheng,guowanlin,huochunyong,fracturetoughnessofx70pipelinesteelatdifferenttemperatures.actametallurgicasinica,39(9),908(2003)(杨政,郭万林,霍春勇,x70管线钢不同温度下断裂韧性实验研究,金属学报,39(9),908(2003))
|
| [8] | 8w.l.guo,h.r.dong,m.x.lu,x.w.zhao,thecoupledef-fectsofthicknessanddelaminationoncrackingresistanceofx70pipelinesteel,internationaljournalofpressurevesselsandpiping,79(6),403(2002)
|
| [9] | 9gb2038-1,metallicmaterials-standardtestmethodforj_(ic),ameasurefracturetoughness,1991(gb2038-91,金属材料延性断裂韧度j_(ic)试验方法,1991)
|
| [10] | 10z.h.li,w.l.guo,z.b.kuang,three-dimensionalelasticstressfieldsnearnotchesinfinitethicknessplates.inter-nationaljournalofsolidsandstructures,37,7617(2000)
|
| [11] | 11a.kotousov,c.h.wang,three-dimensionalstresscon-straintinanelasticplatewithanotch.internationaljour-nalofsolidsandstructures,39,4311(2002)
|
| [12] | 12s.w.kwon,c.t.sun,characteristicsofthree-dimensionalstressfieldsinplateswithathrough-the-thicknesscrack,internationaljournaloffracture,104(3),291(2000)
|
| [13] | 13w.l.guo,recentadvanceinthree-dimensionalfracturemechanics,keyengineeringmaterials,183(ⅰ),193(2000)
|
| [14] | 14gb4161-84,standardtestmethodforplane-strainfracturetoughnessofmetallicmaterials,1984(gb4161-84,金属材料平面应变断裂韧性k_(ic)试验方法,1984)
|
| [15] | 15gb/t229-1994,metallicmaterials-charpynotchimpacttest.1994(gb/t229-1994,金属夏比缺口冲击试验方法．1994)
|
| [16] | 16apirp5l3-1996,recommendedpracticeforconduct-ingdrop-weightteartestsonlinepipe.americanpetroleuminstitute,1996.
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
